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QuestionDNA what kind of base pairing can occur? (CHOOSE ALL THAT APPLY)Questlon 2Hydrogen bonds play the following rolefs): (CHOOSE ALL THAT APPLY)Qquestlon 3Which...

Question

QuestionDNA what kind of base pairing can occur? (CHOOSE ALL THAT APPLY)Questlon 2Hydrogen bonds play the following rolefs): (CHOOSE ALL THAT APPLY)Qquestlon 3Which of the following are the Main functions protcinsbodies?QuestionWhat are the main sources of eneigy -anima ceilstQescieuWynlct dementc are commonnaund assocuuteo wich carbonliving rganisms? CHOOSE ALL THAT APPLY

Question DNA what kind of base pairing can occur? (CHOOSE ALL THAT APPLY) Questlon 2 Hydrogen bonds play the following rolefs): (CHOOSE ALL THAT APPLY) Qquestlon 3 Which of the following are the Main functions protcins bodies? Question What are the main sources of eneigy - anima ceilst Qescieu Wynlct dementc are commonnaund assocuuteo wich carbon living rganisms? CHOOSE ALL THAT APPLY



Answers

What four different bases occur within DNA?

Okay, So of these four options weeks is not found. Indiana, So a Hyman. It is found in DNA. It's one of the four bases used in nucleotides, so that's not correct. First, producer Bones, they are what holds the, um, back well of the together. So again, that cannot be correct. Complementary base pairing is, of course, how the two strands of DNA are held together and how the self replication he's achieved so again buddies on D N A. And that leaves us with the correct answer, which is D AMN acids. They are proud of monomers and protein, so they're not DNA, so this is our answer.

All right. So, problem 31 here, forgiven to bases and asked to named the ways and also figure out a foot scene in DNA or RNA or both. So the way we go about this is to just look at the, um, different function groups or different atoms that are connected to our kind of ah, main ring. Right? So started would part ay here. We see that, um, we got this group sticking out of our ring and everything else would just be hydrogen is right. The white spheres, some represent heart surgeons. So this is an N H two group. So whenever you only have n h two and nothing else, um, connected to the ring you got on adding right and also added, Dean would have this two rings connected to each other. That's also characteristic of both adenine and guanine, actually, So this n h do tells us it's ad Deen. So where do you see adding induce e it and DNA or RNA or both? And we know that the only difference between DNA and ornate is the you're selling timing so adenosine would be found in, but Okay, Okay. So, Part B, I'll be right here. We see that we got too hard A gin or sorry to oxygen. Adam's connected to our ring. So whenever you see to oxygen, um, Adam's connected as such immediately. We think either way I mean or yourself. Okay, so those are the only basis in the way or Arnie, that has that kind of structure. Hey, So what tells us whether it's you or you as whether we have this methanol group right here? So this is stage three. Okay, So if you have that ch three, that means you have a timing. So this the structure right here is a timing if you don't have that ch three than you have a years old. So where do you see I'm initiate your name, our name or both. And we know that I mean, could be found in DNA on Lee uni on Lee. Because in Orinda, we have yourself and not sight means. Okay, two, Those are our answers for this one.

Look, it's where again? Determining the hybridization of interior adams in bio chemical molecules since by reporting software doesn't have a picture. These on the flip over is your textbook. And just use the numbers given here. So anything with a double bond in it is going to be S P, too. And anything with on Lee Single bonds is nbsp three. So, for example, if nitrogen and number one is s p three But all of two, three, four, five and six are less pee too. They all have a double bond somewhere. Ah, in them. So similarly, in be one, two, three, four, five, six All these guys have double bonds seven and eight have double bonds. And this nine is the only moment you're out one on DH. See, We see one and three don't having double bonds, but the other guys do. And indie one and nine don't have double bonds, but everything else does. So again, if it has a double bond will be ft to If it has only single bonds. Will be S p three

What determines the primary structure of the DNA molecule is a happens and super coils be complementary base pairing. See the nucleotide sequence or the hydrophobic interactions and hydrogen bonding, so the primary structure is the sequence of linked nucleotides. So the only thing that's going to determine that is the D Oxy Reiber nucleotide sequence. The others we have B and D, which would be part of the secondary structure, which is the double helix and the hairpins and super calls will be part of the tertiary structure, which would be compact, super coiled structures.


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